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Uruguayan Teenager Finds Security Flaw, Rewarded By Google

Google just awarded the Uruguayan teenager $36,337 for finding a vulnerability that would have allowed him to make changes to internal company systems, CNBC reported on Saturday

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Google's new AI model to help detect diabetic retinopathy. Pixabay

Google has rewarded a Uruguayan teenager a “bug bounty” of more than $36,000 for disclosing a severe security flaw.

Ezequiel Pereira’s sporadic poking around has finally paid off in a big way: Google just awarded the Uruguayan teenager $36,337 for finding a vulnerability that would have allowed him to make changes to internal company systems, CNBC reported on Saturday.

“I found something almost immediately that was worth $500 and it just felt so amazing. So I decided to just keep trying ever since then,” Pereira was quoted as saying by CNBC.

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Ezequiel Pereira’s sporadic poking around has finally paid off in a big way. Pixabay

“It feels really good – I’m glad that I found something that was so important,” he added.

Although, Pereira found the bug earlier this year, he only just got permission to write about how he discovered it this week, after Google confirmed that it had fixed the issue, the report said.

It marks Pereira’s fifth accepted bug, but it’s by far his most lucrative.

Pereira was about a month shy of 17 when he first got paid for exposing a Google security flaw through its bug bounty programme.

Read More: Ex-Google Chief: Elon Musk ‘exactly wrong’ on AI  

Pereira got his first computer when he was 10, took an initial programming class when he was 11 and then spent years teaching himself different coding languages and techniques.

In 2016, Google flew him to its California headquarters after he won a coding contest. (IANS)

 

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Google Maps Captures Over 10 mn Miles of Street View Imagery

The company collects street imagery via a fleet of Street View cars, each equipped with nine cameras that capture high-definition imagery from every vantage point possible

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Google Maps
There's also the Street View trekker on Google Maps, a backpack that collects imagery from places where driving isn't possible.

Google Maps have captured more than 10 million miles of Street View imagery – a distance that could circle the globe over 400 times.

The company announced on Friday that Google Earth now lets people browse more than 36 million square miles of high definition satellite images from various providers – covering more than 98 per cent of the entire population – to see the world from above.

“While these stunning photos show us parts of the world we may never get a chance to visit, they also help Google Maps accurately model a world that is changing each day,” said Thomas Escobar, Senior Product Manager, Google Maps.

The idea of Street View started as a side project more than 12 years ago as part of a goal to map the entire world.

The company collects street imagery via a fleet of Street View cars, each equipped with nine cameras that capture high-definition imagery from every vantage point possible.

“These cameras are athermal, meaning that theya�re designed to handle extreme temperatures without changing focus so they can function in a range of environments,” Escobar added.

Each Street View car includes its own photo processing center and lidar sensors that use laser beams to accurately measure distance.

There’s also the Street View trekker, a backpack that collects imagery from places where driving isn’t possible.

These trekkers are carried by boats, sheep, camels, and even scout troops to gather high quality photos from multiple angles, often in some of the hardest-to-map places around the world.

Google Maps
Google Maps have captured more than 10 million miles of Street View imagery – a distance that could circle the globe over 400 times. Pixabay

In 2019 alone, Street View images from the Google Maps community have helped the company assign addresses to nearly seven million buildings in previously under-mapped places like Armenia, Bermuda, Lebanon, Myanmar, Tonga, Zanzibar and Zimbabwe.

Once Google collects photos, it uses a technique called photogrammetry to align and stitch together a single set of images.

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“These images show us critically important details about an area-things like roads, lane markings, buildings and rivers, along with the precise distance between each of these objects. All of this information is gathered without ever needing to set foot in the location itself,” said Google. (IANS)